SME Virtual Network's Projects
Open platform for open communities.
Onboarding materials for the Aperte project.
The SME Virtual Network is a welcoming community. Please review our latest Community Participation Guidelines here.
Computational geometry samples and references for the engineering and manufacturing domains.
Guidelines for SME Virtual Network Content Creators.
Interactive and visually-appealing particle network for discovering and showcasing discrete, but interconnected information.
This repository is for workshop participants who are learning Git.
So to my Additive Manufacturing brethren / community, I’m building a hybrid 3D printer (FDM based, 1m x 1m x 1m build volume, high temperature, heated build chamber, etc.) of my own design where the intent is to also make it a CNC mill, and a laser cutter / engraver 30W/7.5W output, where I want to make the software pick which head to engage and use. My intent is to make it entirely open source and updateable over time. My board is a Bigtreetech SKR Pro V1.2 to start, with a BTT TFT 70 touchscreen module, and BL Touch auto Leveling sensor. I have a few different extruders /hot ends I’m picking from but the one I’ll most likely put on this is a 3 in 1 out that can both mix filaments or choose between the three different filaments so that I can run two different printing materials and support material at the same time. I would like to be able to print and have the CNC be able to come back and mill surfaces, and or use the laser to cut or smooth surfaces along the way as well. As my weakest skill is programming, would anyone be willing to collaborate with me to write code to help produce this system? First, I would be forever grateful as I love expanding technical capabilities, but secondly this will provide an open source hybrid AM system for all to enjoy as well...and to improve upon over time. Once I’m done with this I will be sharing everything to the open source community for anyone else to build, improve upon, etc as well. Not trying to make money off of this. So far this system in it’s entirety will be under $1K to build. I appreciate any help or thoughts you all may have!
Slides and code for all Industrial Internet of Things (and Internet of Things) events.
Materials for Python Project Weeks.
Legal documents for the SME Virtual Network.
Slides and code for all Machine Learning events.
Source images, animations and other creative works for the SME Virtual Network.
Resources, slides and other content for Manufacturing Day events hosted by the SME Virtual Network.
Website for Manufacturing Day 2018.
Website for Manufacturing Day 2019.
Basic inventory and picking web application.
Project Board for tracking high-level, organizational and educational activities within the SME Virtual Network.
Data for smevirtual.github.io, a list of actively supported open source software and hardware projects.
Printed Circuit Board (PCB) layout in Python. For instructional purposes, mostly.
List of SME Virtual Network long-term projects, project leads and other information.
All content (slide decks and code) for the Python Fundamentals for Engineers and Manufacturers workshop.
Slides and code for all Robotics and Machine Vision events.
Simple CNC machine (or any multi-axis) machine model in Python. For instructional purposes, mostly.
Catch-all for slide decks that do not have their own repository.
Official website for the former SME Dallas-Fort Worth (DFW) Chapter (now the SME Virtual Network).
Web component that provides a compact (but expandable) news ticker.
Official SME Virtual Network web portal source code.
Official website for the SME Virtual Network.
Central space for SME Virtual Network open source projects, workshops, creations and experiments.